Brand：GAMA
Product：GAMA Sunroof Ceramic TPU
Material：TPU
Dimension：1..52m*15m
Colour：Light Blue/Light Gray
Features：Infrared Rejection 99 % UV Rejection99% Transmittance76%
Functions：Heat Protection, Explosion Proof, Corrosion Resistance, Non-discolouring, Excellent Wearability,
Double- Coated Film, Polish, Low-Temperature Resistance, HotPatch, Antifouling.

What is TPU

Thermoplastic polyurethanes, TPU, are a plastic polymer material that becomes pliable or moldable at a certain elevated temperature and solidifies upon cooling. Main features of TPU product, high elastic state, high tensile strength, and high ductility with excellent wearability, toughness, oil-proof, solvent resistance. TPU is a good material for replacing the traditional Rubber which is easier to get splitting and aging. TPU is also widely used in Sports and Shoes Industries, Electronic Industries, Car Interior materials, Electric wires and Cable, Medical equipment, and so on.

Moldable Material

TPU is a moldable material, also it’s easy to be processed, the results always more sophisticated.

Why Choose TPU

High Wearability, Explosion-proof

-35℃ Low-Temperature Resistance

120℃ High-Temperature Resistance

Good Bearing Capacity

Oil-Proof, Water-Proof

Corrosion Resistance, Non-discolouring

Easy Processing

Strong with good Elastic state, Tensile strength

TPU & Car Protection Film

Compare with the traditional material TDI, TPU has superior strength, more flexible with higher wearability. Because of the firmly Structure, TPU Ceramic Film provides a cooler driving experience and a safer driving environment.

Driving Safety

Falling-Object Protective, protect people in the car and avoiding injured by broken glass.

TPU vs PVC

TPU: Moldable, Pliable, durable, good force resistance, higher price.
PVC: Cheaper, Harder, Wearability same as TPU, impact force resistance and non-discoloring ability lower than TPU.

Superior TPU Material

Moldable: TPU is a block copolymer consisting of alternating sequences of hard and soft segments or domains formed by the reaction of (1) diisocyanates with short-chain diols (so-called chain extenders) and (2) diisocyanates with long-chain diols. By varying the ratio, structure, and/or molecular weight of the reaction compounds, an enormous variety of different TPU can be produced. This allows urethane chemists to fine-tune the polymer’s structure to the desired final properties of the material.

ECO-friendly: Biodegradability, decomposition in 5-10 years.